Answer:
The detailed work and solution can be found in the attachment
Step-by-step explanation:
The indicated function y1(x) is a solution of the given differential equation. Use reduction of order or formula (5) in Section
1 answer:
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Answer:
A) Maia had 1920 beads more.
B) Maia had 2544 beads at first.
Step-by-step analysis:
Let x denote the beads with Jenny and y for Maia.
The information provided states that Maia possesses 2064 beads more than Jenny, which can be represented mathematically as:
Additionally, after Maia made a necklace with 144 beads, she had five times more beads than Jenny.
This can also be formulated as an equation:
A) Since Maia had 2064 beads more than Jenny before using 144 beads, we calculate her final bead count by subtracting 144 from 2064.
Thus, Maia is left with 1920 beads more than Jenny.
B) To solve this system of linear equations, we will utilize the substitution method.
By inserting equation (1) into equation (2), we arrive at:
Now, let's divide our equation by 4.
Now, we'll substitute x=480 into equation (1) to isolate y.
Conclusively, Maia initially had 2544 beads.
Answer: x1 = 251/26, x2 = -111/26
Step-by-step explanation:
Greetings!
As illustrated in the diagram, the point you seek is where the two lines intersect.
This intersection point is found by solving the system of linear equations (both equations must be satisfied by the point):
You can approach solving it using the substitution method:
Then substitute x1 into equation 2 to resolve x2:
After which, utilize the x2 value to establish x1:
